I2C_Jason
Region: US
Sunday 08 March 2026 15:05:42 GMT
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The bullet in the gun :
Love that the open source aspect is already paying off! Super effective when information is shared. On another note, are you going to sell kits for others without fabrication capabilities to experiment with?
2026-03-08 16:16:51
41
Diana Sharrer :
Even a small imperfection in the cavity like a slight dip, rough spot, or uneven curvature can change how the sound waves behave inside. Instead of all the energy focusing cleanly at the center, that imperfection can redirect or concentrate energy in one area, almost like creating a secondary “hot spot.” This can lead to a few issues: first, increased mechanical stress at that exact location, making it more prone to cracking; second, localized cavitation or bubble activity happening near the wall instead of the center; and third, small pockets of heat or energy buildup that can wear down or damage the surface over time. So even tiny flaws in the shape or finish can have a much bigger impact than expected in a system that relies on precise resonance. Once the cavity is cracked, it’s no longer behaving like the same system it was designed to be. The crack changes how the sound waves move and reflect inside, so even if it still resonates, the energy can become uneven or shift toward that damaged area instead of the center. You might be able to adjust the frequency and improve things a bit, but the crack will still influence the behavior and can continue to concentrate stress there. In most cases, it becomes part of the system rather than something you can fully “tune past,” so it can lead to less stable performance or further damage over time. Another approach that might be worth exploring is sweeping or ramping the frequency instead of holding it steady at 95 kHz. By gradually increasing up to that point and then back down, you’re effectively creating a dynamic waveform rather than a single fixed tone. That can help reveal where the system naturally “locks in” most efficiently, but it also introduces another layer to consider because the ramp itself acts like a modulation, you’re essentially creating a frequency within a frequency. That can change how energy builds and distributes in the chamber, sometimes helping stabilize the system, but it can also introduce additional patterns or hotspots that would need to be accounted for when tuning and modeling the behavior. Just an idea
2026-03-24 04:27:22
1
Tyler :
Hmm… Belzona?
2026-03-09 07:05:46
7
Ayyy :
Why not frequency sweep and measure?
2026-03-09 01:13:32
2
Robyn Bray :
how much to supply you basic lenar 3 piece assembly?
2026-03-12 01:30:58
1
RGM84 :
I tested flexseal and steam from a plastic radiator overflow tank coming from an overheated engine. it will delaminate.
2026-04-09 22:01:27
1
pierrebrisket :
DiversiTech High Heat (799-040) spray paint for the coating?
2026-03-08 21:12:43
2
Keveira :
have you tried upping the variables? could solve your issues with all the above you mentioned
2026-03-09 10:43:02
1
rmvw__ :
Could you maybe make a long video explaining the whole setup, the ideas behind it, what was already done. I feel a bit lost even after watching this for some time
2026-03-09 22:54:18
1
SigmaStigmata :
I’m here for LENR reactor development. I’ve got a design I’m working on too. 🥂
2026-03-19 23:32:22
1
this is what I sound like. :
looks like a job for belzona anti cavitation coating
2026-03-09 01:50:44
4
MoonDragonArt :
Did you know you could replace most of the words in this video with gibberish and it would sound the same? 😂 🫶🏼
2026-03-08 15:40:09
6
JBeesKnees :
Just a weird thought…..i wonder if sound along with magnetics have been tried in plasma containment in nuclear fusion projects🤔
2026-03-08 21:14:50
1
Rocks N Art Vlog :
Hey good to hear 😁
2026-03-09 23:47:57
1
chairguardian :
Sapphire coating
2026-03-12 16:43:12
1
lipwig :
both ends,?? are you talking overunity?
2026-03-08 19:11:07
0
Nyu :
Amazing. Keep up the good work. ✨🔥
2026-04-27 03:40:16
1
SpiritRider :
Great update 🤩🤩🤩🤩🤩🤩
2026-03-08 17:26:42
2
cy_oppp :
Bobby broccoli is the only reason I know what LENR stands for.
2026-03-08 15:29:59
3
savirien :
Just want to interject that if you can’t get the pic to drive the h-bridge in the way you want, the stm32g4 series is literally designed for driving AC bridges like this. You can even use a DMA ring-buffer to drive it. That leaves the CPU open to other tasks while the AC driver just runs in the background. I’ve been playing around with that MCU to drive AC inverters while keeping track of other things like ADC inputs and remote comms. It’s phenomenal at it.
2026-03-08 23:20:36
3
aaaaaaaaaaaaaahhhhhhhhhh :
I don't know what I'm talking about or anything but could the cavitation be happening on one side from imbalanced drivers?
2026-03-08 15:19:55
3
Alic Kutia :
oh this is promising
2026-03-08 17:10:08
2
VeryBest :
What are we building here I don’t understand what the end goal is. I’ve seen like 2-3 of your videos about this no idea what you’re trying to do
2026-03-08 18:13:34
1
Nat :
for impedance matching i'd suggest an o-ring made of teflon.they are used for UHV systems(for conflat flanges)...u can buy them already made
2026-03-09 08:44:58
1
phloopy_ :
What do you think about people who are skeptical of LENR?
2026-03-08 19:21:48
1
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